Discover sibirrer/lensing-astrometry Open Source project

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sibirrer

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This notebook accompanies the paper by Birrer & Treu 2019. We define the equations in the paper and produce plots and numbers presented in Birrer & Treu 2019

strong_lensing_lectures

A set of interactive lecture notes about strong gravitational lensing

Jupyter Notebook

psfr

Point Spread Function reconstruction

Jupyter Notebook

hierArc

Hierarchical inference of cosmological parameters from a set of strong lensing systems

Jupyter Notebook

lightcone

animated lightcone simulation of gravitational lensing using lenstronomy

Python

glSNe

Measuring the Hubble constant with strongly lensed supernovae

Jupyter Notebook

pyextractor

modification of pysex, a python wrapper for sextractor

Python

mpipso

MPI Particle Swarm Optimization

Python

fastell4py

Python Wrapper of the FASTELL code by Rennan Barkana

Fortran

TDCOSMO_forecast

Forecasting precision in the Hubble constant with future strong lensing data sets

Jupyter Notebook

curved_arcs

Gravitational lensing formalism in a curved arc basis

Jupyter Notebook

galkin

Galaxy kinematic modelling module

Python

sibirrer/lensing-astrometry

sibirrer

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